Professional Overview
Krista Minhaz is a seasoned Senior Technical Designer currently based in Santa Monica, California, United States. With a strong background in technical design and production management, her expertise areas include technical design, production coordination, and team management, with a focus on the apparel industry.
Experience Summary
Current Role
As a Senior Technical Designer at Sanctuary Clothing, Krista is responsible for leading technical design efforts, ensuring the highest quality and efficiency in production. Her key responsibilities include overseeing design development, managing production timelines, and collaborating with cross-functional teams to drive business growth.
Career Progression
Krista's career trajectory showcases progressive growth and increasing responsibility. Notable previous roles include Senior Technical Designer and Production Manager at Pinsy Shapewear, Instructor at FIDM, Senior Technical Designer at Fabletics, and Technical Designer at Young & Reckless. These positions have equipped her with a deep understanding of the apparel industry, technical design, and production management.
Areas of Expertise
Krista's expertise spans technical design, production coordination, team management, and apparel industry knowledge. She possesses strong technical competencies in design development, pattern making, and production management, complemented by leadership and management capabilities.
Professional Impact
Although specific project details are not available, Krista's contributions to her previous and current roles have likely driven business growth, improved production efficiency, and enhanced product quality through her technical expertise and management skills.
Conclusion
Krista Minhaz is a seasoned technical design professional with a strong background in the apparel industry. Currently focused on her role as a Senior Technical Designer at Sanctuary Clothing, she brings value through her technical expertise, leadership capabilities, and dedication to driving business growth and production efficiency.